How do you calculate cryogenic project margin?

Subtract estimated cost from quoted revenue to get margin dollars, then divide by the revenue base. With 125 revenue and 100 cost, margin dollars are 25 and the margin is 25%.

What is a good margin on cryogenic equipment projects?

Gross margins on fabricated cryogenic and LNG equipment commonly run in the high teens to high twenties percent depending on material content and competition. The 25% in the example is a healthy gross before overhead and warranty.

Why is there a separate revenue basis field?

It lets you express margin against full contract value, a phase value, or net-of-pass-through revenue. Choosing the base deliberately stops change orders and owner-supplied materials from distorting the percentage.

Gross margin vs net margin on a cryogenic job?

This is gross margin, covering only price minus direct cost. Net margin further subtracts overhead, warranty reserve, and financing, which on a multi-month cryogenic build can easily take 25% gross down to single-digit net.

How much margin cushion should a cryogenic bid carry?

Enough to absorb rework, weld repair, and material escalation. Because cryogenic NDE and vacuum testing can surface late repairs, many estimators want gross margin comfortably above their historical rework-plus-overhead load.

How do I track margin as the project runs?

Re-run it with the current cost-to-complete in the cost field while holding the quoted price. A falling margin percent is your early warning that the estimate is slipping before the final cost report confirms it.

Cryogenic Storage & LNG Equipment calculator

Cryogenic Project Margin Calculator

Cryogenic Project Margin is the gross margin a fabricator earns on an LNG or cryogenic storage job: the gap between the quoted price and the estimated cost to build it, expressed as a percent of revenue. Estimators, project managers, and owners use it to sanity-check a bid before it goes out and to track whether a project is holding its quoted profitability as costs move. It matters because cryogenic work carries heavy material exposure (9% nickel, aluminum, vacuum jackets) and specialized labor, so a few points of margin erosion on a large contract can wipe out the job's profit. The calculator keeps the math honest by separating the gross margin dollars from the revenue base you choose to divide by.

What this calculator does

Calculate margin gap for a cryogenic storage, LNG equipment, or field installation project using expected revenue, required cost, and revenue basis.
Use it when cryogenic project margin in cryogenic storage and lng equipment needs a clean margin number for a cryogenic storage and lng equipment go / no-go review.
It computes gross margin dollars as quoted price minus estimated cost, then divides by the chosen revenue base to give a margin percent.

Formula used

Project gross margin dollars = expected cryogenic project revenue − required project cost
Cryogenic project margin = project gross margin dollars ÷ project revenue basis

Inputs explained

Quoted price for the cryogenic project:
Estimated cost to build and deliver the project:
Revenue base used to express the margin:

How to use the result

Use it at bid review to confirm a quote clears your margin floor, and during the job to check the estimate still holds as costs change.
It is a gross margin, not net: it excludes overhead, warranty reserves, and financing, so a healthy gross can still net to a loss on a long cryogenic project.

Current U.S. benchmarks

Global copper trades at $13,484 per tonne (IMF via FRED, May 2026), up 41.5% in a year, and U.S. industrial electricity averages 8.66 cents per kWh. Both feed electrified-hardware unit economics.
Steel mill PPI stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. New factory orders are up 2.3% year over year (Census).

Common questions

How do you calculate cryogenic project margin? Subtract estimated cost from quoted revenue to get margin dollars, then divide by the revenue base. With 125 revenue and 100 cost, margin dollars are 25 and the margin is 25%.
What is a good margin on cryogenic equipment projects? Gross margins on fabricated cryogenic and LNG equipment commonly run in the high teens to high twenties percent depending on material content and competition. The 25% in the example is a healthy gross before overhead and warranty.
Why is there a separate revenue basis field? It lets you express margin against full contract value, a phase value, or net-of-pass-through revenue. Choosing the base deliberately stops change orders and owner-supplied materials from distorting the percentage.
Gross margin vs net margin on a cryogenic job? This is gross margin, covering only price minus direct cost. Net margin further subtracts overhead, warranty reserve, and financing, which on a multi-month cryogenic build can easily take 25% gross down to single-digit net.
How much margin cushion should a cryogenic bid carry? Enough to absorb rework, weld repair, and material escalation. Because cryogenic NDE and vacuum testing can surface late repairs, many estimators want gross margin comfortably above their historical rework-plus-overhead load.

Last reviewed 2026-05-12.